Enhanced Electrical Output by Mixed Surfactant for Solar Cells: EDTA+TB+NaLS+CPC+Tween-80 system

Abstract

Enhancing photogalvanics electrical output in the sphere of solar energy is the goal of the study. The use of fossil fuels is also limitation to energy conversion. The photogalvanic (PG)cell with EDTA + TB + NaLS + CPC + Tween-80 produces superior results than a system with just one surfactant. The photopotential (PP) and photocurrent (PC) of the EDTA+TB + NaLS + CPC + Tween-80 photogalvanics were measured at 689.00 mV and 234.00 uA, respectively. The efficiency and performance of the EDTA+TB+NaLS+CPC+Tween-80 photogalvanics were determined to be 0.2811% and 109.00 minutes, respectively. The photogalvanic system with mixed surfactants (NaLS+CPC+Tween-80) is a productive one with improved electrical characteristics. The performance of PG cells can be slightly improved by using individual surfactants as opposed to surfactant combinations. Surfactant combinations with qualities that are superior to those of the individual components can be used in PG cell applications.